Detection of Water Environment

The deterioration of water quality and the destruction of aquatic ecosystems caused by eutrophication, over-farming, and water pollution caused by human production activities are the main problems facing the water-aquatic plant ecosystem at present. Aquatic plants are not only the primary producers and water purifiers of this system, but also the regulators of the ecological balance of the lake, and have an important influence on the structure and function of the aquatic ecosystem, whose changes can directly or indirectly reflect the condition and development trend of the lake environment. Many studies have shown that environmental factors such as water temperature, transparency, water depth, nutrient concentration, and substrate can significantly affect the growth and distribution of aquatic plants.

Aquatic Plants and Waters

• Aquatic plants can be used to purify the ecological environment of polluted waters and to regulate the ecological environment of waters.
• Aquatic plants regulate the composition of the water ecological environment, strengthen the self-purification ability of the water ecological environment, and lay the foundation for ensuring the sustainable development of the water ecological environment.
• Aquatic plants can reduce the trace elements such as nitrogen and phosphorus in the water environment, to reduce the pressure for the development of the water ecological environment.
• Aquatic plants for water ecological environment protection method belongs to biological prevention and control method, which can cause minimal pollution to the environment based on protecting the ecological environment.

Our Solution

ID	Projects	ID	Projects
1	Dissolved oxygen	13	Fluoride
2	Permanganate index	14	Sulfide
3	Chemical oxygen demand	15	Sulfate
4	Five-day biochemical oxygen demand	16	Volatile phenols
5	Ammonium nitrogen	17	Petroleum
6	Nitrate nitrogen	18	Anionic surfactants
7	Nitrite nitrogen	19	Suspended matter
8	Kjeldahl nitrogen (ammonia nitrogen and organic nitrogen)	20	Transparency
9	Total organic carbon	21	Chromaticity
10	Total phosphorus	22	Total salt amount
11	Total Nitrogen	23	PH, EC, etc.
12	Cyanide	24	COD

UV water quality testing based on spectral analysis

Water quality testing is the main way to apply and manage water resources, and it has the characteristics of strong regulation and high accuracy of information. Lifeasible identifies the nitrogen and oxygen components, organic content, and temperature contained in water through professional testing methods, which is of great significance in improving water environment pollution and protecting water quality and safety.

Heavy metal detection in water quality analysis

• Fluorescence method (high sensitivity and selectivity)
• Electrochemical analysis method (high accuracy, high sensitivity, easy automation, favorable price, wide measurement range)
• ICP-MS analysis (can be used for qualitative, semi-quantitative, and quantitative analysis of one or more elements in a specimen)
• Biochemical analysis methods (immunoassay methods, enzyme analysis methods)
• Atomic absorption method (short detection time, good sensitivity, strong anti-interference ability, very high accuracy of overall results)
• Liquid chromatography (high separation effect, can detect many kinds of heavy metals in the water environment)

Phytoplankton functional groups and environmental factors in water bodies

The characteristics of the phytoplankton community, dominant species, density, abundance, Shannon Wiener index, and evenness index can accurately reflect the ecosystem environment of rivers and are often used as important indicators of changes in river ecosystems. Lifeasible studies the main environmental factors of phytoplankton functional groups in water systems and evaluates the water quality status of water systems using the Shannon Wiener index and environmental factors.

Key Advantages

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For research or industrial use.

Related Solutions

• Aquatic Plants Critical Element Determination
• Aquatic Plants Diversity Conservation
• Water Ecology Program Optimization and Design